![[BACK]](/cvsweb/icons/back.gif){kind=icon}
Return to scsireg.h CVS log ![[TXT]](/cvsweb/icons/text.gif){kind=icon}
![[DIR]](/cvsweb/icons/dir.gif){kind=icon}
Up to [Apple Darwin 0.x] / kernel / bsd / dev|
Return to scsireg.h CVS log | Up to [Apple Darwin 0.x] / kernel / bsd / dev |
1.1 root 1: /*
2: * Copyright (c) 1999 Apple Computer, Inc. All rights reserved.
3: *
4: * @APPLE_LICENSE_HEADER_START@
5: *
6: * Portions Copyright (c) 1999 Apple Computer, Inc. All Rights
7: * Reserved. This file contains Original Code and/or Modifications of
8: * Original Code as defined in and that are subject to the Apple Public
9: * Source License Version 1.1 (the "License"). You may not use this file
10: * except in compliance with the License. Please obtain a copy of the
11: * License at http://www.apple.com/publicsource and read it before using
12: * this file.
13: *
14: * The Original Code and all software distributed under the License are
15: * distributed on an "AS IS" basis, WITHOUT WARRANTY OF ANY KIND, EITHER
16: * EXPRESS OR IMPLIED, AND APPLE HEREBY DISCLAIMS ALL SUCH WARRANTIES,
17: * INCLUDING WITHOUT LIMITATION, ANY WARRANTIES OF MERCHANTABILITY,
18: * FITNESS FOR A PARTICULAR PURPOSE OR NON-INFRINGEMENT. Please see the
19: * License for the specific language governing rights and limitations
20: * under the License.
21: *
22: * @APPLE_LICENSE_HEADER_END@
23: */
24:
25: /* @(#)scsireg.h 1.0 10/23/89 (c) 1989 NeXT */
26: /*
27: * scsireg.h -- generic SCSI definitions
28: * KERNEL VERSION
29: *
30: * HISTORY
31: * 15-Jan-98 Martin Minow at Apple
32: * Radar 2178255: Fix 12-byte command length field
33: * 13-Jun-95 dmitch at NeXT
34: * Added SCSI-3 types.
35: * 10-Feb-93 dmitch
36: * Added generic endian/alignment #ifdef's.
37: * 17-May-90 dmitch
38: * Added SDIOCGETCAP
39: * 30-Apr-90 dmitch
40: * Added C6S_SS_START, C6S_SS_STOP, C6S_SS_EJECT, SR_IOST_VOLNA
41: * 30-Oct-89 dmitch
42: * Deleted private #defines (--> scsivar.h)
43: * 25-Sep-89 dmitch at NeXT
44: * Added scsi_req, support for sg and st drivers
45: * 10-Sept-87 Mike DeMoney (mike) at NeXT
46: * Created.
47: */
48:
49: #ifndef _BSD_DEV_SCSIREG_
50: #define _BSD_DEV_SCSIREG_
51:
52: #import <sys/ioctl.h>
53: #import <sys/time.h>
54: #import <kern/queue.h>
55: #import <sys/types.h>
56:
57: /*
58: * status byte definitions
59: */
60: #define STAT_GOOD 0x00 /* cmd successfully completed */
61: #define STAT_CHECK 0x02 /* abnormal condition occurred */
62: #define STAT_CONDMET 0x04 /* condition met / good */
63: #define STAT_BUSY 0x08 /* target busy */
64: #define STAT_INTMGOOD 0x10 /* intermediate / good */
65: #define STAT_INTMCONDMET 0x14 /* intermediate / cond met / good */
66: #define STAT_RESERVED 0x18 /* reservation conflict */
67:
68: #define STAT_MASK 0x1e /* clears vendor unique bits */
69:
70:
71: /*
72: * SCSI command descriptor blocks
73: * (Any device level driver doing fancy things will probably define
74: * these locally and cast a pointer on top of the sd_cdb. We define
75: * them here to reserve the appropriate space, driver level routines
76: * can use them if they want.)
77: *
78: * 6 byte command descriptor block, random device
79: */
80: typedef struct cdb_6 {
81: #if __BIG_ENDIAN__
82: u_int c6_opcode:8, /* device command */
83: c6_lun:3, /* logical unit */
84: c6_lba:21; /* logical block number */
85: u_char c6_len; /* transfer length */
86: u_char c6_ctrl; /* control byte */
87:
88: #elif __LITTLE_ENDIAN__
89: u_char c6_opcode;
90: u_char c6_lba2 :5,
91: c6_lun :3;
92: u_char c6_lba1;
93: u_char c6_lba0;
94: u_char c6_len;
95: u_char c6_ctrl;
96:
97: #else
98: #error SCSI command / data structures are compiler sensitive
99: #endif
100: } cdb_6_t;
101:
102: #define CDB_6_MAX_LENGTH (255) /* max block count */
103: #define CDB_6_MAX_LBA ((1 << 21) - 1) /* max block address */
104:
105: /*
106: * 6 byte command descriptor block, sequential device
107: */
108: typedef struct cdb_6s {
109: #if __BIG_ENDIAN__
110: #if __NATURAL_ALIGNMENT__
111:
112: u_char c6s_opcode:8; /* device command */
113: u_char c6s_lun:3, /* logical unit */
114: c6s_spare:3, /* reserved */
115: c6s_opt:2; /* bits 1..0 - space type, fixed,
116: * etc. */
117: /*
118: * Careful, natural alignment...
119: */
120: u_char c6s_len[3]; /* transfer length */
121: u_char c6s_ctrl; /* control byte */
122:
123: #else /* __NATURAL_ALIGNMENT__ */
124:
125:
126: u_char c6s_opcode:8; /* device command */
127: u_char c6s_lun:3, /* logical unit */
128: c6s_spare:3, /* reserved */
129: c6s_opt:2; /* bits 1..0 - space type, fixed,
130: * etc. */
131: u_int c6s_len:24, /* transfer length */
132: c6s_ctrl:8; /* control byte */
133: #endif /* __NATURAL_ALIGNMENT__ */
134:
135:
136: #elif __LITTLE_ENDIAN__
137: u_char c6s_opcode;
138: u_char c6s_opt :2,
139: c6s_spare :3,
140: c6s_lun :3;
141: u_char c6s_len2;
142: u_char c6s_len1;
143: u_char c6s_len0;
144: u_char c6s_ctrl;
145:
146: #else
147: #error SCSI command / data structures are compiler sensitive
148: #endif
149: } cdb_6s_t;
150:
151:
152: /*
153: * 10 byte command descriptor block
154: * This definition is machine dependent due to an int on a short boundary.
155: */
156: typedef struct cdb_10 {
157: #if __BIG_ENDIAN__
158: #if __NATURAL_ALIGNMENT__
159: u_char c10_opcode; /* device command */
160: u_char c10_lun:3, /* logical unit */
161: c10_dp0:1, /* disable page out */
162: c10_fua:1, /* force unit access */
163: c10_mbz1:2, /* reserved: must be zero */
164: c10_reladr:1; /* addr relative to prev
165: * linked cmd */
166: /*
167: * Careful, this can't be an int due to natural alignment...
168: */
169: u_char c10_lba[4]; /* logical block number */
170: u_char c10_mbz2:8; /* reserved: must be zero */
171: u_char c10_len[2]; /* transfer length */
172: u_char c10_ctrl; /* control byte */
173:
174: #else /* __NATURAL_ALIGNMENT__ */
175:
176: u_char c10_opcode; /* device command */
177: u_char c10_lun:3, /* logical unit */
178: c10_dp0:1, /* disable page out (cache control) */
179: c10_fua:1, /* force unit access (cache control) */
180: c10_mbz1:2, /* reserved: must be zero */
181: c10_reladr:1; /* addr relative to prev linked cmd */
182: u_int c10_lba; /* logical block number */
183: u_int c10_mbz2:8, /* reserved: must be zero */
184: c10_len:16, /* transfer length */
185: c10_ctrl:8; /* control byte */
186:
187: #endif /* __NATURAL_ALIGNMENT__ */
188: #elif __LITTLE_ENDIAN__
189:
190: u_char c10_opcode;
191: u_char c10_reladr :1,
192: c10_mbz1 :2,
193: c10_fua :1,
194: c10_dp0 :1,
195: c10_lun :3;
196: u_char c10_lba3;
197: u_char c10_lba2;
198: u_char c10_lba1;
199: u_char c10_lba0;
200: u_char c10_mbz2;
201: u_char c10_len1;
202: u_char c10_len0;
203: u_char c10_ctrl;
204:
205: #else
206: #error SCSI command / data structures are compiler sensitive
207: #endif
208: } cdb_10_t;
209:
210: /*
211: * 12 byte command descriptor block
212: * This definition is machine dependent due to an int on a short boundary.
213: */
214: typedef struct cdb_12 {
215: #if __BIG_ENDIAN__
216: #if __NATURAL_ALIGNMENT__
217:
218: u_char c12_opcode; /* device command */
219: u_char c12_lun:3, /* logical unit */
220: c12_dp0:1, /* disable page out */
221: c12_fua:1, /* force unit access */
222: c12_mbz1:2, /* reserved: must be zero */
223: c12_reladr:1; /* addr relative to prev
224: * linked cmd */
225: u_char c12_lba[4]; /* logical block number */
226: /* Radar 2178255: need 4-byte length field */
227: u_char c12_len[4]; /* transfer length */
228: u_char c12_mbz2; /* Reserved: must be zero */
229: u_char c12_ctrl:8; /* control byte */
230:
231: #else /* __NATURAL_ALIGNMENT__ */
232:
233: u_char c12_opcode; /* device command */
234: u_char c12_lun:3, /* logical unit */
235: c12_dp0:1, /* disable page out (cache control) */
236: c12_fua:1, /* force unit access (cache control) */
237: c12_mbz1:2, /* reserved: must be zero */
238: c12_reladr:1; /* addr relative to prev linked cmd */
239: u_int c12_lba; /* logical block number */
240: /* Radar 2178255: need 4-byte length field */
241: u_char c12_len[4]; /* transfer length */
242: u_char c12_mbz2; /* Reserved: must be zero */
243: u_char c12_ctrl:8; /* control byte */
244:
245: #endif /* __NATURAL_ALIGNMENT__ */
246: #elif __LITTLE_ENDIAN__
247:
248: u_char c12_opcode;
249: u_char c12_reladr :1,
250: c12_mbz1 :2,
251: c12_fua :1,
252: c12_dp0 :1,
253: c12_lun :3;
254: u_char c12_lba3;
255: u_char c12_lba2;
256: u_char c12_lba1;
257: u_char c12_lba0;
258: /* Radar 2178255: need 4-byte length field */
259: u_char c12_len3;
260: u_char c12_len2;
261: u_char c12_len1;
262: u_char c12_len0;
263: u_char c12_mbz2;
264: u_char c12_ctrl;
265:
266: #else
267: #error SCSI command / data structures are compiler sensitive
268: #endif
269: } cdb_12_t;
270:
271: /*
272: * 16 byte command descriptor block (SCSI-3 only)
273: * This definition is machine dependent due to an int on a short boundary.
274: */
275: typedef struct cdb_16 {
276: #if __BIG_ENDIAN__
277: #if __NATURAL_ALIGNMENT__
278:
279: u_char c16_opcode; /* device command */
280: u_char c16_mbz1; /* reserved: must be zero */
281: u_char c16_lba[4]; /* logical block number */
282: u_char c16_addl0;
283: u_char c16_addl1;
284: u_char c16_addl2;
285: u_char c16_addl3;
286: u_char c16_len[4]; /* transfer length */
287: u_char c16_mbz2; /* reserved: must be zero */
288: u_char c16_ctrl; /* control byte */
289:
290: #else /* __NATURAL_ALIGNMENT__ */
291:
292: u_char c16_opcode; /* device command */
293: u_char c16_mbz1; /* reserved: must be zero */
294: u_int c16_lba; /* logical block number */
295: u_char c16_addl0;
296: u_char c16_addl1;
297: u_char c16_addl2;
298: u_char c16_addl3;
299: u_int c16_len; /* transfer length */
300: u_char c16_mbz2; /* reserved: must be zero */
301: u_char c16_ctrl; /* control byte */
302:
303: #endif /* __NATURAL_ALIGNMENT__ */
304: #elif __LITTLE_ENDIAN__
305:
306: u_char c16_opcode;
307: u_char c16_mbz1; /* reserved: must be zero */
308: u_char c16_lba3;
309: u_char c16_lba2;
310: u_char c16_lba1;
311: u_char c16_lba0;
312: u_char c16_addl0;
313: u_char c16_addl1;
314: u_char c16_addl2;
315: u_char c16_addl3;
316: u_char c16_len3;
317: u_char c16_len2;
318: u_char c16_len1;
319: u_char c16_len0;
320: u_char c16_mbz2; /* reserved: must be zero */
321: u_char c16_ctrl; /* control byte */
322:
323: #else
324: #error SCSI command / data structures are compiler sensitive
325: #endif
326: } cdb_16_t;
327:
328:
329: typedef union cdb {
330: struct cdb_6 cdb_c6;
331: struct cdb_6s cdb_c6s;
332: struct cdb_10 cdb_c10;
333: struct cdb_12 cdb_c12;
334: } cdb_t;
335:
336: /*
337: * SCSI-3 CDB union.
338: */
339: typedef union scsi3_cdb {
340: struct cdb_6 cdb_c6;
341: struct cdb_6s cdb_c6s;
342: struct cdb_10 cdb_c10;
343: struct cdb_12 cdb_c12;
344: struct cdb_16 cdb_c16;
345: } scsi3_cdb_t;
346:
347:
348: #define cdb_opcode cdb_c6.c6_opcode /* all opcodes in same place */
349:
350: /*
351: * control byte values
352: */
353: #define CTRL_LINKFLAG 0x03 /* link and flag bits */
354: #define CTRL_LINK 0x01 /* link only */
355: #define CTRL_NOLINK 0x00 /* no command linking */
356:
357: /*
358: * six byte cdb opcodes
359: * (Optional commands should only be used by formatters)
360: */
361: #define C6OP_TESTRDY 0x00 /* test unit ready */
362: #define C6OP_REWIND 0x01 /* rewind */
363: #define C6OP_REQSENSE 0x03 /* request sense */
364: #define C6OP_FORMAT 0x04 /* format unit */
365: #define C6OP_REASSIGNBLK 0x07 /* OPT: reassign block */
366: #define C6OP_READ 0x08 /* read data */
367: #define C6OP_WRITE 0x0a /* write data */
368: #define C6OP_SEEK 0x0b /* seek */
369: #define C6OP_READREV 0x0F /* read reverse */
370: #define C6OP_WRTFM 0x10 /* write filemarks */
371: #define C6OP_SPACE 0x11 /* space records/filemarks */
372: #define C6OP_INQUIRY 0x12 /* get device specific info */
373: #define C6OP_VERIFY 0x13 /* sequential verify */
374: #define C6OP_MODESELECT 0x15 /* OPT: set device parameters */
375: #define C6OP_MODESENSE 0x1a /* OPT: get device parameters */
376: #define C6OP_STARTSTOP 0x1b /* OPT: start or stop device */
377: #define C6OP_SENDDIAG 0x1d /* send diagnostic */
378: #define C60P_PREVENTALLOW 0x1e /* prevent/allow medium removal */
379:
380: /*
381: * ten byte cdb opcodes
382: */
383: #define C10OP_READCAPACITY 0x25 /* read capacity */
384: #define C10OP_READEXTENDED 0x28 /* read extended */
385: #define C10OP_WRITEEXTENDED 0x2a /* write extended */
386: #define C10OP_READDEFECTDATA 0x37 /* OPT: read media defect info */
387:
388:
389: /*
390: * c6s_opt - options for 6-byte sequential device commands
391: */
392:
393: #define C6OPT_FIXED 0x01 /* fixed block transfer */
394: #define C6OPT_LONG 0x01 /* 1 = erase to EOT */
395: #define C6OPT_IMMED 0x01 /* immediate (for rewind, retension) */
396: #define C6OPT_BYTECMP 0x02 /* byte compare for C6OP_VERIFY */
397: #define C6OPT_SIL 0x02 /* suppress illegal length (Exabyte) */
398: #define C6OPT_SPACE_LB 0x00 /* space logical blocks */
399: #define C6OPT_SPACE_FM 0x01 /* space filemarks */
400: #define C6OPT_SPACE_SFM 0x02 /* space sequential filemarks */
401: #define C6OPT_SPACE_PEOD 0x03 /* space to physical end of data */
402:
403: /*
404: * other 6-byte sequential command constants
405: */
406:
407: #define C6S_MAXLEN 0xFFFFFF
408: #define C6S_RETEN 0x02 /* byte 4 of load/unload - retension */
409: #define C6S_LOAD 0x01 /* byte 4 of load/unload - load */
410:
411: /*
412: * these go in the c6_len fields of start/stop command
413: */
414: #define C6S_SS_START 0x01 /* start unit */
415: #define C6S_SS_STOP 0x00 /* stop unit */
416: #define C6S_SS_EJECT 0x02 /* eject disk */
417:
418: /*
419: * extended sense data
420: * returned by C6OP_REQSENSE
421: */
422: typedef struct esense_reply {
423: #if __BIG_ENDIAN__
424:
425: u_char er_ibvalid:1, /* information bytes valid */
426: er_class:3, /* error class */
427: er_code:4; /* error code */
428: u_char er_segment; /* segment number for copy cmd */
429: u_char er_filemark:1, /* file mark */
430: er_endofmedium:1, /* end-of-medium */
431: er_badlen:1, /* incorrect length */
432: er_rsvd2:1, /* reserved */
433: er_sensekey:4; /* sense key */
434: u_char er_infomsb; /* MSB of information byte */
435: u_int er_info:24, /* bits 23 - 0 of info "byte" */
436: er_addsenselen:8; /* additional sense length */
437: u_int er_rsvd8; /* copy status (unused) */
438: u_char er_addsensecode; /* additional sense code */
439:
440: /* the following are used for tape only as of 27-Feb-89 */
441:
442: u_char er_qualifier; /* sense code qualifier */
443: u_char er_rsvd_e;
444: u_char er_rsvd_f;
445: u_int er_err_count:24, /* three bytes of data error counter */
446: er_stat_13:8; /* byte 0x13 - discrete status bits */
447: u_char er_stat_14; /* byte 0x14 - discrete status bits */
448: u_char er_stat_15; /* byte 0x15 - discrete status bits */
449:
450: #if __NATURAL_ALIGNMENT__
451:
452: u_char er_rsvd_16;
453: u_char er_remaining[3]; /* bytes 0x17..0x19 - remaining tape */
454:
455: #else /* __NATURAL_ALIGNMENT__ */
456:
457: u_int er_rsvd_16:8,
458: er_remaining:24; /* bytes 0x17..0x19 - remaining tape */
459:
460: #endif /* __NATURAL_ALIGNMENT__ */
461:
462: #elif __LITTLE_ENDIAN__
463:
464: u_char er_code :4,
465: er_class :3,
466: er_ibvalid :1;
467: u_char er_segment;
468: u_char er_sensekey :4,
469: er_rsvd2 :1,
470: er_badlen :1,
471: er_endofmedium :1,
472: er_filemark :1;
473: u_char er_info3;
474: u_char er_info2;
475: u_char er_info1;
476: u_char er_info0;
477: u_char er_addsenselen;
478: u_char er_rsvd8[4];
479: u_char er_addsensecode;
480:
481: u_char er_qualifier;
482: u_char er_rsvd_e;
483: u_char er_rsvd_f;
484: u_char er_err_count2;
485: u_char er_err_count1;
486: u_char er_err_count0;
487: u_char er_stat_13;
488: u_char er_stat_14;
489: u_char er_stat_15;
490: u_char er_rsvd_16;
491: u_char er_remaining2;
492: u_char er_remaining1;
493: u_char er_remaining0;
494:
495: #else
496: #error SCSI command / data structures are compiler sensitive
497: #endif
498:
499: /* technically, there can be additional bytes of sense info
500: * here, but we don't check them, so we don't define them
501: */
502: } esense_reply_t;
503:
504: /*
505: * sense keys
506: */
507: #define SENSE_NOSENSE 0x0 /* no error to report */
508: #define SENSE_RECOVERED 0x1 /* recovered error */
509: #define SENSE_NOTREADY 0x2 /* target not ready */
510: #define SENSE_MEDIA 0x3 /* media flaw */
511: #define SENSE_HARDWARE 0x4 /* hardware failure */
512: #define SENSE_ILLEGALREQUEST 0x5 /* illegal request */
513: #define SENSE_UNITATTENTION 0x6 /* drive attention */
514: #define SENSE_DATAPROTECT 0x7 /* drive access protected */
515: #define SENSE_ABORTEDCOMMAND 0xb /* target aborted command */
516: #define SENSE_VOLUMEOVERFLOW 0xd /* eom, some data not transfered */
517: #define SENSE_MISCOMPARE 0xe /* source/media data mismatch */
518:
519: /*
520: * inquiry data
521: */
522: typedef struct inquiry_reply {
523:
524: #if __BIG_ENDIAN__
525:
526: u_char ir_qual:3, /* qualifier */
527: ir_devicetype:5; /* device type, see below */
528: u_char ir_removable:1, /* removable media */
529: ir_typequalifier:7; /* device type qualifier */
530: u_char ir_isoversion:2, /* ISO version number */
531: ir_ecmaversion:3, /* ECMA version number */
532: ir_ansiversion:3; /* ANSI version number */
533: u_char ir_aerc:1, /* Async event reporting capability */
534: ir_trmtsk:1, /* Terminate Task */
535: ir_normaca:1, /* Normal ACA supported */
536: ir_zero2:1, /* reserved */
537: ir_rspdatafmt:4; /* response data format */
538: u_char ir_addlistlen; /* additional list length */
539: u_char ir_zero3; /* reserved */
540: u_char ir_zero4:2, /* reserved */
541: ir_port:1, /* port A/B */
542: ir_dualPort:1, /* dual port supported */
543: ir_mchngr:1, /* medium changer */
544: ir_ackqreqq:1, /* Q cable (SIP only) */
545: ir_addr32:1, /* 32-bit addressing (SIP only) */
546: ir_addr16:1; /* 16-bit addressing (SIP only) */
547: u_char ir_reladr:1, /* relative addressing */
548: ir_wbus32:1, /* 32-bit wide data transfers */
549: ir_wbus16:1, /* 16-bit wide data transfers */
550: ir_sync:1, /* synchronous data transfers */
551: ir_linked:1, /* linked commands */
552: ir_trandis:1, /* transfer disable */
553: ir_cmdque:1, /* tagged command queuing */
554: ir_sftre:1; /* soft reset */
555: char ir_vendorid[8]; /* vendor name in ascii */
556: char ir_productid[16]; /* product name in ascii */
557: char ir_revision[4]; /* revision level info in ascii */
558: char ir_misc[28]; /* misc info */
559: char ir_endofid[1]; /* just a handle for end of id info */
560:
561: #elif __LITTLE_ENDIAN__
562:
563: u_char ir_devicetype :5,
564: ir_qual :3;
565: u_char ir_typequalifier:7,
566: ir_removable :1;
567: u_char ir_ansiversion :3,
568: ir_ecmaversion :3,
569: ir_isoversion :2;
570: u_char ir_rspdatafmt :4,
571: ir_zero2:1, /* reserved */
572: ir_normaca:1, /* Normal ACA supported */
573: ir_trmtsk:1, /* Terminate Task */
574: ir_aerc:1; /* Async event reporting capability */
575: u_char ir_addlistlen;
576: u_char ir_zero3;
577: u_char ir_addr16:1, /* 16-bit addressing (SIP only) */
578: ir_addr32:1, /* 32-bit addressing (SIP only) */
579: ir_ackqreqq:1, /* Q cable (SIP only) */
580: ir_mchngr:1, /* medium changer */
581: ir_dualPort:1, /* dual port supported */
582: ir_port:1, /* port A/B */
583: ir_zero4:2; /* reserved */
584: u_char ir_sftre:1,
585: ir_cmdque:1,
586: ir_trandis:1, /* transfer disable */
587: ir_linked:1,
588: ir_sync:1,
589: ir_wbus16:1,
590: ir_wbus32:1,
591: ir_reladr:1;
592: u_char ir_vendorid[8];
593: u_char ir_productid[16];
594: u_char ir_revision[4];
595: u_char ir_misc[28];
596: u_char ir_endofid[1];
597:
598: #else
599: #error SCSI command / data structures are compiler sensitive
600: #endif
601: } inquiry_reply_t;
602:
603: #define DEVQUAL_OK 0x00 /* device is connected to this lun */
604: #define DEVQUAL_MIA 0x01 /* device not connected to lun */
605: #define DEVQUAL_RSVD 0x02 /* reserved */
606: #define DEVQUAL_NODEV 0x03 /* target doesn't support dev on lun */
607: #define DEVQUAL_VUMASK 0x04 /* 1XXb is vendor specific */
608:
609:
610: #define DEVTYPE_DISK 0x00 /* read/write disks */
611: #define DEVTYPE_TAPE 0x01 /* tapes and other sequential devices*/
612: #define DEVTYPE_PRINTER 0x02 /* printers */
613: #define DEVTYPE_PROCESSOR 0x03 /* cpu's */
614: #define DEVTYPE_WORM 0x04 /* write-once optical disks */
615: #define DEVTYPE_CDROM 0x05 /* cd rom's, etc */
616: #define DEVTYPE_SCANNER 0x06
617: #define DEVTYPE_OPTICAL 0x07 /* other optical storage */
618: #define DEVTYPE_CHANGER 0x08 /* jukebox */
619: #define DEVTYPE_COMM 0x09 /* communication device */
620: #define DEVTYPE_GRAPH_A 0x0a /* ASC IT8 graphics */
621: #define DEVTYPE_GRAPH_B 0x0b /* ASC IT8 graphics */
622: #define DEVTYPE_RAID 0x0c /* RAID controller */
623: #define DEVTYPE_NOTPRESENT 0x1f /* logical unit not present */
624:
625: /*
626: * read capacity reply
627: */
628: typedef struct capacity_reply {
629:
630: #if __BIG_ENDIAN__
631:
632: u_int cr_lastlba; /* last logical block address */
633: u_int cr_blklen; /* block length */
634:
635: #elif __LITTLE_ENDIAN__
636:
637: u_char cr_lastlba3;
638: u_char cr_lastlba2;
639: u_char cr_lastlba1;
640: u_char cr_lastlba0;
641:
642: u_char cr_blklen3;
643: u_char cr_blklen2;
644: u_char cr_blklen1;
645: u_char cr_blklen0;
646:
647: #else
648: #error SCSI command / data structures are compiler sensitive
649: #endif
650: } capacity_reply_t;
651:
652: /*
653: * Standard Mode Select/Mode Sense data structures
654: */
655:
656: typedef struct mode_sel_hdr {
657:
658: #if __BIG_ENDIAN__
659:
660: u_char msh_sd_length_0; /* byte 0 - length (mode sense
661: * only) */
662: u_char msh_med_type; /* medium type - random access
663: * devices only */
664: u_char msh_wp:1, /* byte 2 bit 7 - write protect
665: * mode sense only) */
666: msh_bufmode:3, /* buffered mode - sequential
667: * access devices only */
668: msh_speed:4; /* speed - sequential access
669: * devices only */
670: u_char msh_bd_length; /* block descriptor length */
671:
672: #elif __LITTLE_ENDIAN__
673:
674: u_char msh_sd_length_0;
675: u_char msh_med_type;
676: u_char msh_speed :4,
677: msh_bufmode :3,
678: msh_wp :1;
679: u_char msh_bd_length;
680:
681: #else
682: #error SCSI command / data structures are compiler sensitive
683: #endif
684: } mode_sel_hdr_t;
685:
686: typedef struct mode_sel_bd { /* block descriptor */
687:
688: #if __BIG_ENDIAN__
689:
690: u_int msbd_density:8,
691: msbd_numblocks:24;
692: u_int msbd_rsvd_0:8, /* byte 4 - reserved */
693: msbd_blocklength:24;
694:
695: #elif __LITTLE_ENDIAN__
696:
697: u_char msbd_density;
698: u_char msbd_numblocks2;
699: u_char msbd_numblocks1;
700: u_char msbd_numblocks0;
701: u_char msbd_rsvd_0;
702: u_char msbd_blocklength2;
703: u_char msbd_blocklength1;
704: u_char msbd_blocklength0;
705:
706: #else
707: #error SCSI command / data structures are compiler sensitive
708: #endif
709: } mode_sel_bd_t;
710:
711: #define MODSEL_DATA_LEN 0x30
712:
713: typedef struct mode_sel_data {
714:
715: /* transferred to/from target during mode select/mode sense */
716: struct mode_sel_hdr msd_header;
717: struct mode_sel_bd msd_blockdescript;
718: u_char msd_vudata[MODSEL_DATA_LEN]; /* for vendor unique data */
719: } mode_sel_data_t;
720:
721: /*
722: * struct for MTIOCMODSEL/ MTIOCMODSEN
723: */
724: typedef struct modesel_parms {
725: struct mode_sel_data msp_data;
726: int msp_bcount; /* # of bytes to DMA */
727: } modesel_parms_t;
728:
729: /*
730: * Day-to-day constants in the SCSI world
731: */
732: #define SCSI_NTARGETS 8 /* 0 - 7 for target numbers */
733: #define SCSI_NLUNS 8 /* 0 - 7 luns for each target */
734:
735: /*
736: * For SCSI-3 Wide.
737: */
738: #define SCSI3_NTARGETS 32
739:
740: /*
741: * Defect list header
742: * Used by FORMAT and REASSIGN BLOCK commands
743: */
744: struct defect_header {
745:
746: #if __BIG_ENDIAN__
747:
748: u_char dh_mbz1;
749: u_char dh_fov:1, /* format options valid */
750: dh_dpry:1, /* disable primary */
751: dh_dcrt:1, /* disable certification */
752: dh_stpf:1, /* stop format */
753: dh_mbz2:4;
754: u_short dh_len; /* items in defect list */
755:
756: #elif __LITTLE_ENDIAN__
757:
758: u_char dh_mbz1;
759: u_char dh_mbz2 :4,
760: dh_stpf :1,
761: dh_dcrt :1,
762: dh_dpry :1,
763: dh_fov :1;
764: u_char dh_len1;
765: u_char dh_len0;
766:
767: #else
768: #error SCSI command / data structures are compiler sensitive
769: #endif
770: };
771:
772: /*
773: * Status for scsi_req (see below).
774: */
775: typedef enum {
776:
777: SR_IOST_GOOD = 0, /* successful */
778: SR_IOST_SELTO = 1, /* selection timeout */
779: SR_IOST_CHKSV = 2, /* check status, sr_esense */
780: /* valid */
781: SR_IOST_CHKSNV = 3, /* check status, sr_esense */
782: /* not valid */
783: SR_IOST_DMAOR = 4, /* target attempted to move */
784: /* more than sr_dma_max */
785: /* bytes */
786: SR_IOST_IOTO = 5, /* sr_ioto exceeded */
787: SR_IOST_BV = 6, /* SCSI Bus violation */
788: SR_IOST_CMDREJ = 7, /* command reject (by
789: * driver) */
790: SR_IOST_MEMALL = 8, /* memory allocation failure */
791: SR_IOST_MEMF = 9, /* memory fault */
792: SR_IOST_PERM = 10, /* not super user */
793: SR_IOST_NOPEN = 11, /* device not open */
794: SR_IOST_TABT = 12, /* target aborted command */
795: ST_IOST_BADST = 13, /* bad SCSI status byte */
796: /* (other than check status)*/
797: #define SR_IOST_BADST ST_IOST_BADST
798: ST_IOST_INT = 14, /* internal driver error */
799: #define SR_IOST_INT ST_IOST_INT
800: SR_IOST_BCOUNT = 15, /* unexpected byte count */
801: /* seen on SCSI bus */
802: SR_IOST_VOLNA = 16, /* desired volume not available */
803: SR_IOST_WP = 17, /* Media Write Protected */
804: SR_IOST_ALIGN = 18, /* DMA alignment error */
805: SR_IOST_IPCFAIL = 19, /* Mach IPC failure */
806: SR_IOST_RESET = 20, /* bus was reset during
807: * processing of command */
808: SR_IOST_PARITY = 21, /* SCSI Bus Parity Error */
809: SR_IOST_HW = 22, /* Gross Hardware Failure */
810: SR_IOST_DMA = 23, /* DMA error */
811: SR_IOST_INVALID = 100, /* should never be seen */
812: } sc_status_t;
813:
814: /*
815: * DMA Direction.
816: */
817: typedef enum {
818: SR_DMA_RD = 0, /* DMA from device to host */
819: SR_DMA_WR = 1, /* DMA from host to device */
820: } sc_dma_dir_t;
821:
822: /*
823: * SCSI Request used by sg driver via SGIOCREQ and internally in st driver
824: */
825:
826: typedef struct scsi_req {
827:
828: /*** inputs ***/
829:
830: cdb_t sr_cdb; /* command descriptor block -
831: * one of four formats */
832: sc_dma_dir_t sr_dma_dir; /* DMA direction */
833: caddr_t sr_addr; /* memory addr for data
834: * transfers */
835: int sr_dma_max; /* maximum number of bytes to
836: * transfer */
837: int sr_ioto; /* I/O timeout in seconds */
838:
839: /*** outputs ***/
840:
841: int sr_io_status; /* driver status */
842: u_char sr_scsi_status; /* SCSI status byte */
843: esense_reply_t sr_esense; /* extended sense in case of
844: * check status */
845: int sr_dma_xfr; /* actual number of bytes
846: * transferred by DMA */
847: struct timeval sr_exec_time; /* execution time in
848: * microseconds */
849:
850: #if m68k
851:
852: /*** for driver's internal use ***/
853:
854: u_char sr_flags;
855: queue_chain_t sr_io_q; /* for linking onto sgdp->
856: * sdg_io_q */
857: #else /* m68k */
858:
859: u_char sr_cdb_length; /* length of CDB bytes
860: * (optional) */
861:
862: /*
863: * Flags to disable disconnect, command queueing, synchronous
864: * transfer negotiation. Add one bit to allow chk. cond. to be
865: * ignored.
866: */
867:
868: u_char sr_discon_disable:1,
869: sr_cmd_queue_disable:1,
870: sr_sync_disable:1,
871: sr_ignore_chkcond:1, /* to disable issuing
872: of chk.cond. cmd -
873: specifically used
874: for MTIOCSRQ
875: requests. */
876:
877: sr_pad1:4;
878:
879: u_char sr_pad2;
880:
881: u_char sr_flags; /* driver private */
882: queue_chain_t sr_io_q;
883:
884: #endif /* m68k */
885:
886: } scsi_req_t;
887:
888: /*
889: * SCSI Request, with capability of 16-byte CDB
890: */
891:
892: typedef struct scsi3_req {
893:
894: /*** inputs ***/
895:
896: scsi3_cdb_t s3r_cdb; /* command descriptor block -
897: * one of five formats */
898: sc_dma_dir_t s3r_dma_dir; /* DMA direction */
899: caddr_t s3r_addr; /* memory addr for data
900: * transfers */
901: int s3r_dma_max; /* maximum number of bytes to
902: * transfer */
903: int s3r_ioto; /* I/O timeout in seconds */
904:
905: /*** outputs ***/
906:
907: int s3r_io_status; /* driver status */
908: u_char s3r_scsi_status; /* SCSI status byte */
909: esense_reply_t s3r_esense; /* extended sense in case of
910: * check status */
911: int s3r_dma_xfr; /* actual number of bytes
912: * transferred by DMA */
913: struct timeval s3r_exec_time; /* execution time in
914: * microseconds */
915:
916: #if m68k
917:
918: /*** for driver's internal use ***/
919:
920: u_char s3r_flags;
921: queue_chain_t s3r_io_q; /* for linking onto sgdp->
922: * sdg_io_q */
923: #else /* m68k */
924:
925: u_char s3r_cdb_length; /* length of CDB bytes
926: * (optional) */
927:
928: /*
929: * Flags to disable disconnect, command queueing, synchronous transfer
930: * negotiation.
931: */
932: u_char s3r_discon_disable:1,
933: s3r_cmd_queue_disable:1,
934: s3r_sync_disable:1,
935: s3r_pad1:5;
936: u_char s3r_pad2;
937:
938: u_char s3r_flags; /* driver private */
939: queue_chain_t s3r_io_q;
940:
941: #endif /* m68k */
942:
943: } scsi3_req_t;
944:
945: /*
946: * SCSI-2 address specifier.
947: */
948: typedef struct scsi_adr {
949:
950: u_char sa_target;
951: u_char sa_lun;
952:
953: } scsi_adr_t;
954:
955: /*
956: * SCSI-3 address specifier.
957: */
958: typedef struct scsi3_adr {
959:
960: unsigned long long s3a_target;
961: unsigned long long s3a_lun;
962:
963: } scsi3_adr_t;
964:
965:
966: /*
967: * Generic SCSI ioctl requests
968: */
969:
970: #define SGIOCSTL _IOW ('s', 0, struct scsi_adr) /* set target/lun */
971: #define SGIOCREQ _IOWR('s', 1, struct scsi_req) /* cmd request */
972: #define SGIOCENAS _IO( 's', 2) /* enable autosense */
973: #define SGIOCDAS _IO( 's', 3) /* disable autosense */
974: #define SGIOCRST _IO( 's', 4) /* reset SCSI bus */
975: #define SGIOCCNTR _IOW( 's', 6, int) /* select controller */
976: #define SGIOCGAS _IOR( 's', 7, int) /* get autosense */
977: #define SGIOCMAXDMA _IOR( 's', 8, int) /* max DMA size */
978: #define SGIOCNUMTARGS _IOR( 's', 9, int) /* # of targets/bus */
979:
980: /*
981: * ioctl requests specific to SCSI disks
982: */
983: #define SDIOCSRQ _IOWR('s', 1, struct scsi_req) /* cmd request using */
984: /* struct scsi_req */
985:
986: #define SDIOCGETCAP _IOR ('s', 5, struct capacity_reply)
987: /* Get Read
988: * Capacity info */
989:
990: /*
991: * ioctl requests specific to SCSI tapes
992: */
993:
994: #define MTIOCFIXBLK _IOW('m', 5, int ) /* set fixed block mode */
995: #define MTIOCVARBLK _IO('m', 6) /* set variable block mode */
996: #define MTIOCMODSEL _IOW('m', 7, struct modesel_parms)
997: /* mode select */
998: #define MTIOCMODSEN _IOWR('m',8, struct modesel_parms)
999: /* mode sense */
1000: #define MTIOCINILL _IO('m', 9) /* inhibit illegal length */
1001: /* errors */
1002: #define MTIOCALILL _IO('m', 10) /* allow illegal length */
1003: /* errors */
1004: #define MTIOCSRQ _IOWR('m', 11, struct scsi_req)
1005: /* cmd request using
1006: * struct scsi_req */
1007:
1008: /*
1009: * SCSI-3 ioctl requests
1010: *
1011: * Generic SCSI:
1012: */
1013: #define SGIOCSTL3 _IOW ('s', 12, struct scsi3_adr) /* set target/lun */
1014: #define SGIOCGTL3 _IOR ('s', 13, struct scsi3_adr) /* get target/lun */
1015: #define SGIOCREQ3 _IOWR('s', 14, struct scsi3_req) /* cmd request */
1016:
1017: /*
1018: * Disk
1019: */
1020: #define SDIOCSRQ3 _IOWR('s', 15, struct scsi3_req) /* cmd request */
1021:
1022: /*
1023: * Tape
1024: */
1025: #define MTIOCSRQ3 _IOWR('m', 15, struct scsi3_req) /* cmd request */
1026:
1027: #endif /* _BSD_DEV_SCSIREG_ */
1028:
This archive runs on limited infrastructure. Preserving old code on modern bandwidth. Automated agents are requested to crawl responsibly.